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Research Methods and Project

  • Module code: PY7030
  • Year: 2018/9
  • Level: 7
  • Credits: 60
  • Pre-requisites: None
  • Co-requisites: None

Summary

This module is designed to meet the research methodology requirements of the MPharm programme. Following a taught introduction to research methodology you will undertake a substantial piece of original research or clinical audit that requires the collection of data and subsequent analysis of that data.

Aims

  • To provide the skills and methodologies for undertaking an original research programme.
  • To develop essential skills to generate data, and to apply statistical methods for data interpretation.
  • To explain the methods used to prepare a research report or dissertation.
  • To provide the student with the opportunity to carry out independent research in the field of pharmacy and to develop student's abilities to work independently using information found in the literature.  To enhance their critical thinking in carrying out literature based studies and to provide an understanding of the methods of research
  • To develop the ability to plan and undertake a substantial independent piece of work making use of the knowledge and skills acquired during the course.  To further develop safe working practises and consideration for workers around them.
  • To enhance communication skills through reporting the results of their project in detail, and be able to critically discuss and defend their work.

Learning outcomes

On successful completion of the module, students will be able to:

  • Demonstrate an understanding of the philosophy behind research design and select and design a research project and produce an appropriate project proposal/protocol (formulate a research plan including experimental work) so as to manage their research time and available resources efficiently either individually, or as part of a small group
  • Locate contemporary research publications both in text and electronic format and undertake extensive and current literature review, exploiting all available sources of information.
  • Critically analyse and interpret data by applying basic statistical methods and critically appraising current research topics in the primary literature
  • Demonstrate competence in the preparation of a research report and dissemination of results, and their interpretation, in a variety of ways including oral or poster presentation.
  • Use advanced techniques to generate data relevant to the proposed plan of research.
  • Assess the safety and/or ethics of planned research protocols and show consideration for the safety of colleagues and, where applicable, to develop safe working practices.

Curriculum content

  • The types and principles of research methods.
  • Theories, hypotheses and facts.
  • Developing research questions.
  • Methods used for literature reviews.
  • Identifying appropriate research literature sources, interlibrary methods, use of information technology
  • Basic methods for study design.
  • Data collection and methods used for data analysis and data interpretation, including possibility of errors.
  • Research ethics.
  • Importance of the maintenance of a log book
  • Methods of research presentation. The structure of scientific research papers.
  • Critical analysis of research papers.
  • Writing conclusions and abstracts.
  • Structure of short talks.
  • Analysis of poster presentation techniques.
  • Safe systems of working.
  • Complete a research project relevant to the practice of pharmacy or pharmacy-related research. The project can have a laboratory or a pharmacy practice component. The criteria for deciding the suitability of any project will be its relevance to pharmacy and its ability to make demands on the student's knowledge, research and skills for successful completion of the research project.

Teaching and learning strategy

A series of lectures will be used to introduce research skills and theory, data analysis, method validation, how to present one's research and research ethics. The student will assemble over the course of the project a portfolio of materials to develop and maintain their research skills, eg. the practice of literature research, data presentation, data analysis and abstract writing. The workshops will consist of problem-based style exercises to reinforce the concepts covered in lectures in relation to research skills and data manipulation (validation, appraisal, analysis and presentation). Students are provided with specimen research papers which are critically analysed. Research papers without conclusions or an abstract are provided to enable practise in writing these sections of a research paper. Lectures on project planning, safety and resource issues will be followed by student selection of the project to be undertaken.

The student will work independently on their study supported by their project supervisor. The student will also be expected to manage their time effectively to make best use of learning opportunities and resources, eg. laboratory time.

Breakdown of Teaching and Learning Hours

Definitive UNISTATS Category Indicative Description Hours
Scheduled learning and teaching Lectures, workshops, oral and poster presentations and supervisor meetings 40
Guided independent study Laboratory and/or field work and data collection work related to project. Production of project proposal, preparation for oral and poster presentations, data analysis, literature search and production of project report 560
Total (number of credits x 10) 600

Assessment strategy

A portfolio of materials and resources will be expected to be kept by the student that will consist of a number of tools and activities to support the organisation and delivery of their project. These include a log book providing a contemporaneous summary for their project work/literature search and meetings with supervisor and other stakeholders, a reflective account of the learning achieved from completing a project, a project proposal outlining a summary of the key papers related to the topic, objectives, a time plan and methods to be used and ethical and safety consideration related to them. This will also include a reflective evaluation of different sources retrieved using different search engines / databases/ gateways used in literature search and also an account of attending workshops within the module producing a reflective accounts of learning achieved from those workshops. This will be formatively assessed on an ongoing manner by the supervisor and feedback provided. This portfolio will then be used by the student to feed forward into the summative assessments of the module. (NOTE: This is not a portfolio of assessments but a portfolio of materials compiled by the student and reviewed by the supervisor to support the student's learning and development throughout the project. It will also form a valuable resource for preparing their summative assessments.)  

The summative assessments consist of an oral presentation, given approximately half way through the academic year, where the students will provide a progress report, as well as give the student the opportunity to demonstrate their competences in presenting scientific information. A poster presentation of the final work will include a component where the student has to explain their poster and answer questions on their work. The final capstone piece of work will be for the student to produce a written project report using scientific convention to demonstrate that they can not only identify relevant literature but to critically appraise it, present results, carry out analysis on those results and critically appraise their results in the context of the current literature and knowledge on the subject. The report will be a maximum of 30 pages in length. This report will be double marked by the supervisor and an independent second marker. The supervisor's mark will include a weighting for student engagement, contribution and self-determination.

Mapping of Learning Outcomes to Assessment Strategy (Indicative)

Learning Outcome Assessment Strategy
1) Demonstrate an understanding of the philosophy behind research design and select and design a research project and produce an appropriate project proposal/protocol (formulate a research plan including experimental work) so as to manage their research time and available resources efficiently either individually, or as part of a small group. Project report Oral presentation Formative assessment of proposal
2) Locate contemporary research publications both in text and electronic format and undertake extensive and current literature review, exploiting all available sources of information. Project report
3) Critically analyse and interpret data by applying basic statistical methods and critically appraising current research topics in the primary literature. Project report Formative assessment
4) Demonstrate competence in the preparation of a research report and dissemination of results, and their interpretation, in a variety of ways including oral or poster presentation. Project report Oral and poster presentations
5) Use advanced techniques to generate data relevant to the proposed plan of research. Project report Poster presentation
6) Assess the safety and/or ethics of planned research protocols and show consideration for the safety of colleagues and, where applicable, to develop safe working practices. Project report Formative assessment

Elements of Assessment

Description of Assessment Definitive UNISTATS Categories Percentage
Practical examination Oral presentation 10%
Practical examination Poster presentation 20%
Coursework Project report (maximum length 30 pages) 70%
Total (to equal 100%) 100%

Achieving a pass

It IS NOT a requirement that any element of assessment is passed separately in order to achieve an overall pass for the module.

Bibliography core texts

  • Allison B. Research skills for students. Kogan Page; 1996. ISBN: 0749418753
  • Cryer P. The research student's guide to success. Open University Press, 3rd edition; 2006. ISBN: 0335221173.
  • Smith FJ. Conducting your pharmacy practice research project. The Pharmaceutical Press; 2006. ISBN 0 85369 606 3
  • Smith FJ et al. International research in healthcare. The Pharmaceutical Press; 2008. ISBN:0853697507
  • Sim J. and Wright C. Research in Health Care - Concepts, Designs and Methods. Nelson Thomas (2000). ISBN 0748737189
  • Offredy M and Vickers P. Developing a Healthcare Research Proposal: An Interactive Student Guide. Wiley Blackwell (2010). ISBN 1405183373
  • Hanson JH. A guide to the reporting of practical work and projects in chemistry. Royal Society of Chemistry, London; 1995.
  • Lindsay D. A guide to scientific writing. Longmans; 1995. ISBN:0582803128
  • Bevington PR and Robinson DK. Data reduction and error analysis for the physical sciences. McGraw-Hill, 2nd Edition; 1992. ISBN: 0079112439.
  • Maizell RE. How to find chemical information. A guide for practicing chemists, educators and students. Wiley-Interscience, 3rd edition; 1998. ISBN:978-0-471-12579-2
  • Jones D. Pharmaceutical Statistics, Pharmaceutical Press, 1st Edition; 2002.ISBN:0853694257.
  • Robson C. How to do a Research Project: A Guide for Undergraduate Students, Blackwell Publishing Ltd; 2006. ISBN 9781405114905
  • Luck M. Your Student Research Project, Gower Publishing Ltd;1999,  ISBN 9780566082139
  • Jardine FH, How to do your Student Project in Chemistry, CRC Press; 1994,  ISBN 0412583607
  • Miller J N and Miller J C. Statistics and Chemometrics for Analytical Chemistry, Prentice Hall, 6th edition; 2010,  ISBN 0273730428
  • Dean J. et al. Practical skills in Chemistry, Prentice Hall, 2nd edition; 2011, ISBN 0273731181
  • Barrass, R. Scientists must write. Routledge, 2nd edition; 2002, ISBN 0415269962
  • Russey W E, Ebel H F and Bliefert C. How to Write a Successful Science Thesis. Wiley VCH; 2006, ISBN 3527312986

For practice projects:

  • Smith F, Survey Research: (1) Design, samples and response. Int J Pharm Pract 1997; 5: 152-166.
  • Smith F. Survey research: (2) Survey instruments, reliability and validity. Int J Pharm Pract 1997; 5: 216-226.
  • Smith F. Triangulation. Int J Pharm Pract 1997; 7: 60-68.

Bibliography recommended reading

These will be recommended as appropriate and dependent upon the research topics selected.

These will include papers from the literature including publications such as the New Scientist, Lancet, Education in Chemistry, Trends in Pharmacological Sciences, Pharmacological Reviews, Science, Nature, Journal of Pharmaceutical Sciences, International Journal of Pharmacy Practice, The Pharmaceutical Journal, British Medical Journal and relevant pharmaceutical, scientific and medical journals according to the subject area. 

Official guidance, eg. NICE, NPSA, NSFs, etc. will be relevant to some projects

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